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AGC Implementation in Kalimantan Interconnection System with ICCP Protocol

机译:加里曼丹互连系统中带有ICCP协议的AGC实现

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Barito System has been interconnected with Mahakam System, and main control center is located in Barito. So Barito Control Center can control power plants on Barito system and Mahakam system through AGC or manually. the challenge was formed when these two systems uses different platform master control. While Barito system uses SIEMENS master, Mahakam system uses ABB master that can be hard to be controlled for the interconnection system. so a method to communicate through the different platform is needed. The common method is using multi master, but the application of this method are quiet complicated and low security. ICCP method are chosen for inter-area communication data that use Fiber optic so the connectivity speed is less than 1 ms for Ping and 1 GB bandwidth to minimalize delay, also there are backup communication using secured intranet. So, AGC Testing used 2 methods, Local and Inter-Area. Local is used to test Power Plant Respond in each System (Barito or Mahakam generation system only) and Inter-Area (using ICCP) is used to test Power Plant response in the other system & other platforms (Barito control Mahakam’s Power plant). Each method will be tested on 2 conditions, flexible and inflexible condition. Flexible condition is when the Power plant automatically respond (ramp up/down power) based on frequency excursion to get the balancing. Inflexible condition is when the output power form the power plant manually inputs from Dispatcher RCC. The communication data of ICCP The reliability and connection speed respond of ICCP to control AGC will be monitored, so AGC can optimize the Reliability, economical, and the quality of Kalimantan Operation System.
机译:Barito系统已与Mahakam系统互连,主控制中心位于Barito。因此Barito控制中心可以通过AGC或手动控制Barito系统和Mahakam系统上的发电厂。当这两个系统使用不同的平台主控件时,就形成了挑战。 Barito系统使用SIEMENS主设备,而Mahakam系统使用ABB主设备,这对于互连系统而言很难控制。因此需要一种通过不同平台进行通信的方法。常用的方法是使用多主机,但是这种方法的应用安静,复杂且安全性低。对于使用光纤的区域间通信数据,选择了ICCP方法,因此对于Ping和1 GB带宽,连接速度小于1毫秒,以最大程度地减少延迟,同时还使用安全的Intranet进行备用通信。因此,AGC测试使用了两种方法:局部和区域间。 Local用于测试每个系统(仅Barito或Mahakam发电系统)中的电厂响应,区域间(使用ICCP)用于测试其他系统和其他平台(Barito控制Mahakam电厂)中的电厂响应。每种方法都将在两种条件(灵活和不灵活的条件)下进行测试。灵活的条件是电厂根据频率偏移自动响应(上升/下降功率)以达到平衡。僵化的情况是发电厂的输出功率从Dispatcher RCC手动输入时。 ICCP的通信数据将监视ICCP对控制AGC的可靠性和连接速度的响应,因此AGC可以优化加里曼丹操作系统的可靠性,经济性和质量。

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